编译通过的图论中KM算法，matlab编写

Matlab simulation for Rayleigh fading channel.(with Golay encoding and decoding). Modulation method is BPSK. Provide BER curve.

BBO I类匹配角计算 通过修改相应的参数可以计算其他负单轴晶体的I类匹配角(BBO Class I match angle calculated by modifying the parameters can be calculated other negative uniaxial crystals Class I match angle)

控制GPIO AM335x_gpio_control (am335x gpio control )

Forward error correction code algoritham for matlab codes

this will helpful for region merging algorithm

BPSK系统的误码率仿真的详细的matlab程序～～～～～～～(BPSK BER simulation of the detailed matlab program ~~~~~~~)

采用多天线的认知无线电系统相对于单天线认知无线电系统，既有传统的资源（频域，时域，码域），又有空域资源。本文研究基于博弈论的有限反馈认知MIMO系统的资源分配，涉及发射功率、空域（采用波束成形）和反馈速率等资源的分配。利用有限的反馈信道反馈量化的信道状态信息(CSI)，基于量化CSI，本文主要研究联合功率分配与波束成形优化、次用户（认知用户或非授权用户）反馈速率控制、联合功率分配与反馈速率控制等相关资源分配问题。(Multi-antenna cognitive radio system with respect to a single antenna cognitive radio systems, both traditional resource (frequency domain, time domain, code domain), there airspace resources. In this paper, a limited resource allocation game theory of cognitive MIMO system based on feedback, involving the launch distribution power, airspace (using beam-forming) and feedback rate and other resources. With limited feedback channel feedback quantized channel state information (CSI), based on quantified CSI, this paper studies the joint power allocation and beamforming optimization, secondary users (cognitive user or unauthorized user) feedback rate control, joint power allocation and feedback rate control and other issues related to resource allocation.)

TensorFlow用张量这种数据结构来表示所有的数据.你可以把一个张量想象成一个n维的数组或列表.一个张量有一个静态类型和动态类型的维数.张量可以在图中的节点之间流通.(TensorFlow uses tensor this data structure to represent all the data. You can think of a tensor as an n-dimensional array or list. A tensor has a static type and a dynamic type of dimension. The tensor can be in the figure. Between the nodes.)

matlab code for inertial navigation

很好的介绍了自适应滤波器的一些相关算法，lms算法，rls算法等等(Very good introduction to some of the adaptive filter correlation algorithm, lms algorithm, rls algorithm and so on)